Twin nucleation in textured Mg alloys was studied by means of electron back-scattered
diffraction in samples deformed in tension along different orientations in more than 3000 …

The wrought rare-earth and rare-earth-free magnesium alloys exhibit differences in plasticity
due to different slip and twinning behaviors. In this paper, the microstructure evolution and …

A dual-textured wrought Mg-6.5 Zn (wt.%) alloy with limited yield asymmetry (compressive
yield strength/tensile yield strength: 0.90) is reported. Approximately 80% of the grains …

Slip transfer and blocking across grain boundaries was studied in a Ti foil with a strong
rolling texture deformed in tension. Prior to deformation, the shape of the grains and the …

In this study the micro-deformation mechanisms in an Al–Si cast alloy under stepwise
compressive loading up to a cumulated plastic strain of 9.7% are examined via detailed …

High-resolution digital image correlation was employed to analyze the occurrence of slip
transfer across grain boundaries in pure Ti. The microstructure was characterized in 3D …

The dominant active slip systems during plastic deformation of an extruded Mg-4.5 Zn (wt.%)
alloy with and without β 1′ precipitates were investigated by means of advanced electron …

In this study, we report the effect of cerium (Ce) addition on the tension-compression yield
and cyclic asymmetry in commercially pure magnesium (Cp-Mg) and Mg–Al alloy at room …

In this work, an optimized method was proposed to identify the activated slip directions (ie,
gliding direction of dislocations) based on intragranular misorientation axes (IGMA) analysis …

The transformation of compression twins (CT) to double twins (DT) is studied in a dual-
textured Mg-6.5% Zn (wt.) alloy during deformation along the extrusion axis. After 7.3 …